Results 311 to 320 of about 1,458,308 (328)
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2009
Peach (Prunus persica) belongs to the Prunus genus and is a member of the Rosaceae family. It has been selected as a model species for genomics studies in virtue of several features (Abbott et al., 2002): it has a short juvenile phase (2–3 years) if compared to many other tree species; it has a small genome, just about twice the size of Arabidopsis (5 ...
C. Pozzi, A. Vecchietti
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Peach (Prunus persica) belongs to the Prunus genus and is a member of the Rosaceae family. It has been selected as a model species for genomics studies in virtue of several features (Abbott et al., 2002): it has a short juvenile phase (2–3 years) if compared to many other tree species; it has a small genome, just about twice the size of Arabidopsis (5 ...
C. Pozzi, A. Vecchietti
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1985
Publisher Summary This chapter describes the human genome structure. The diploid human genome is organized into 23 pairs of chromosomes of which 22 pairs are autosomes and one pair is the sex chromosomes. Molecular analysis of the structure and organization of the eukaryotic genome revealed the presence of large amounts of repetitive DNA sequences ...
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Publisher Summary This chapter describes the human genome structure. The diploid human genome is organized into 23 pairs of chromosomes of which 22 pairs are autosomes and one pair is the sex chromosomes. Molecular analysis of the structure and organization of the eukaryotic genome revealed the presence of large amounts of repetitive DNA sequences ...
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Genome Structure and Comparative Genomics
2016Two genome assemblies have been generated for Setaria italica, one in the accession Yugu1 and one in the accession Zhang gu. A comparison of the two assemblies showed overall high levels of colinearity, but identified a number of likely misoriented and/or misplaced sequence scaffolds.
Katrien M. Devos, Xiaomei Wu, Peng Qi
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Science, 2018
Genome Structure Beyond the sequence of the genome, its three-dimensional structure is important in regulating gene expression. To understand cell-to-cell variation, the structure needs to be understood at a single-cell level. Chromatin conformation capture methods have allowed characterization of genome structure in haploid cells.
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Genome Structure Beyond the sequence of the genome, its three-dimensional structure is important in regulating gene expression. To understand cell-to-cell variation, the structure needs to be understood at a single-cell level. Chromatin conformation capture methods have allowed characterization of genome structure in haploid cells.
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1984
Adenovirus particles have a highly ordered structure and are composed of protein and DNA. Human adenoviruses contain about 87% protein and 13% DNA (Green and Pina, 1963), while the larger avian chick embryo lethal orphan (CELO) virus consists of 83% protein and 17% DNA (Laver et al., 1971).
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Adenovirus particles have a highly ordered structure and are composed of protein and DNA. Human adenoviruses contain about 87% protein and 13% DNA (Green and Pina, 1963), while the larger avian chick embryo lethal orphan (CELO) virus consists of 83% protein and 17% DNA (Laver et al., 1971).
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Structural genomics in the spotlight
PSI Structural Genomics Knowledgebase, 2009openaire +1 more source